Basic Experimental Studies on the Damping Capacity of the Industrial Materials
スポンサーリンク
概要
- 論文の詳細を見る
The basic properties of damping capacity of the industrial materials are examined in this investigation. The relation between damping capacity and rise surface temperature buckling stress, logarithmic decrement or shear modulus is clarified. All the tests are observed using several high polymers and metals. The materials tests performed torsion, rotary bending, buckling and dynamic torsion. The conclusion obtained as follow; (1) Relation between damping capacity ΔW and maximum shearing stress τ_<max> are ΔW=J (τ_<max>)^m. The coefficients of J and m are determined as peculiarity of industrial materials. (2) The materials with high damping capacity are tended to high surface temperature. (3) The materials of high damping capacity show low buckling stress. (4) The high polymer materials with high damping capacity has high logarithmic decrement and low shear modulus.
- 東海大学の論文
著者
-
Sasanuma Setsuo
Department Of Mechanical Engineering Tokai University
-
Sasanuma Setsuo
Department Of Production Engineering
-
Matsubara Kiyoshi
Tokai University Honorary Professor
-
Matsubara Kiyoshi
Tokai University
-
KITAZAWA Toshiyuki
Department of Production Engineering
関連論文
- Some Experiments on Hydrogen Embrittlement of Metals
- Basic Experimental Studies on the Damping Capacity of the Industrial Materials
- Study of Fluidity and Transition Phenomena of Lubricating Oils and Greases by Torsional Braid Analysis
- Experimental Study of Transition Phenomena of Lubricating Greases by means of Torsional Braid Analysis
- Basic Experimental Studies on Buckling Strength of Carbon Steel Circular Short Column Subjected to Axial Compressive Load : In Case of an Eccentric Cylindrical Cavity
- Experimental Studies on the Local Buckling Strength of Carbon Steel Pipes with a Circular Hole Subjected to an Eccentric Axial Compressive Load